LOAD MANAGEMENT
Intercal8’s LOMA Load Managers use advanced Electronic Circuit Breaker (ECB) technology to deliver intelligent, programmable control of electrical loads across industrial, commercial, and automation applications. Fully customizable to meet the needs of unique systems, LOMA is built on hardware, firmware, and software we fully own—enabling tailored integration, real-time monitoring, and rule-based control through SCADA or standard industrial protocols like MODBUS, J1939, and CAN Open.
ICL8 - EB104
Intercal8 ICL8-EB104 panel mountable controllers that manage the load circuits feature a 4” display and provide manual and algorithmic controls of the circuits that are connected to the LC, GP and PC class of power and load control subsystems.
Intercal8’s LOMA family of Load Managers—powered by our Electronic Circuit Breaker (ECB) technology—provides a flexible, intelligent interface for monitoring, controlling, and managing electrical loads across a wide range of applications. From commercial and industrial (C&I) systems to battery energy storage, data centers, automation systems, residential buildings, and even recreational vehicles, LOMA enables smart, software-defined power management at the edge of energy infrastructure.
ICL8-GP515
All about power, the GP515 is a general purpose load controller with 1500V isolated ports that can be used for simple actuation and indication tasks such as maintaining indicators and locks in sensitive medical, industrial, automotive or defense systems while ensuring system resilience, as well as algorithmic and resilient switching such as driving contactor banks in EV, charging and BESS applications.
“Load Managers” give installers, system designers, and operators the tools to define control rules, quantify power levels, monitor subsystem heartbeats, and reset or restart devices—all while enabling energy-saving behaviors and seamless integration of main and backup power sources. Power states can be programmatically controlled using signal and command inputs for real-time enable/disable functionality, helping to reduce waste and extend system uptime.
ICL8 - GP516
The ICL8-GP516 builds on the proven reliability of the GP515, extending its capabilities with advanced sensing and control features for high-reliability energy systems. In addition to resilient switching and 1500V isolated outputs, the GP516 introduces per-channel load current measurement, enabling real-time feedback and intelligent load diagnostics. It can resolve PWM, PFM, and PDM input signals from sensors and convert them into digital values for external control systems. The unit also supports high-voltage interlock monitoring and optionally includes a 4–20mA current source for designing robust HV interlock loops. With a SIL-rated architecture, dual controllers for redundancy, and fail-safe mode operation, the GP516 is ideal for critical applications in EV systems, battery energy storage (BESS), medical, automotive, and defense environments where safety, control precision, and system resilience are paramount.
LOMA interfaces are accessible via the ICL8-EB104 SCADA platform or through industry-standard protocols like MODBUS (RS-485), J1939, and CAN Open over CAN Bus, making them ideal for embedded and supervisory energy control.
With LOMA, Intercal8 makes advanced load control easier to integrate, faster to deploy, and more impactful for energy and power savings.
ICL8-PC548
All about power. The only power manager you need to get your systems going. The 1500V isolated ICL-PC548 with dual digital interfaces, each with dual ports is the most flexible option to use to reset, power off or monitor your DC systems. The dual input ideal diodes that are integrated on board make power hand-offs seamless, preserves power integrity, eliminates power cycling while using the onboard relays in make before break configuration.
ICL8-LC574
*ECBs do not replace traditional circuit breakers, but serve as a programmable first layer of control—empowering developers and operators to automate load behavior, prevent nuisance trips, and accelerate deployment across complex systems.
